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AMD Ryzen 7000 Series Specifications + App Testing Results
Ryzen 9 7950X
Price: $700
Cores/Threads: 16/32
Base/Boost Clock (GHz): 4.7/5.7
Cache (L2+L3): 80MB
TDP (Base/Max): 170W/230W
Memory Support: DDR5-5200
*App Testing*
DaVinci Resolve: Typically 35% faster than 12900KS in RAW codecs, other formats have much lower/no gains.
Premiere Pro: Typically 42% faster than 12900KS in 4K RED Export, 12900KS is 18% faster overall
After Effects: Typically 43% faster than 12900KS in Multicore Score, and 4% faster overall
Lightroom: Typically 8% faster than 12900KS in Passive, 12900KS is 7% faster in Active, 7950X is 3% faster overall
Photoshop: Typically 3% slower than 12900KS
Unreal Engine: Typically 73% faster than 12900KS in Build Lighting, 43% faster than 12900KS in Code Compile, 32% faster than 12900KS in Compile Shaders, and 53% faster than 12900KS in CPU Score
Blender: Typically 49% faster than 12900KS
Cinema 4D: Typically 6% slower than 12900KS in Single Core, 43% faster than 12900KS in Multi Core
VRay: Typically 52% faster than 12900KS
Ryzen 9 7900X
Price: $550
Cores/Threads: 12/24
Base/Boost Clock (GHz): 4.7/5.6
Cache (L2+L3): 76MB
TDP (Base/Max): 170W/230W
Memory Support: DDR5-5200
*App Testing*
DaVinci Resolve: Typically 22% faster than 12900K in RAW codecs, other formats have much lower/no gains.
Premiere Pro: Typically 21% faster than 12900K in 4K RED Export, 12900K is 32% faster overall
After Effects: Typically 8% faster than 12900K in Multicore Score, 12900K is 1% faster overall
Lightroom: Typically 16% faster than 12900K in Passive, 12900K is 5% faster in Active, 7900X is 9% faster overall
Photoshop: Typically 2% faster than 12900K
Unreal Engine: Typically 31% faster than 12900K in Build Lighting, 33% faster than 12900K in Code Compile, 22% faster than 12900K in Compile Shaders, and 29% faster than 12900K in CPU Score
Blender: Typically 19% faster than 12900K
Cinema 4D: Typically 0% slower than 12900K in Single Core, 27% faster than 12900K in Multi Core
VRay: Typically 24% faster than 12900K
Ryzen 7 7700X
Price: $400
Cores/Threads: 8/16
Base/Boost Clock (GHz): 4.5/5.4
Cache (L2+L3): 40MB
TDP (Base/Max): 105W/TBD
Memory Support: DDR5-5200
*App Testing*
DaVinci Resolve: Typically 2% faster than 12700K in RAW codecs, other formats have much lower/no gains.
Premiere Pro: Typically 2% faster than 12700K in 4K RED Export, 12700K is 36% faster overall
After Effects: Typically 8% slower than 12700K in Multicore Score, 12700K is 2% faster overall
Lightroom: Typically 7% faster than 12700K in Passive, 12700K is 5% faster in Active, 7700X is 3% faster overall
Photoshop: Typically 8% faster than 12700K
Unreal Engine: Typically 90% slower than 12700K in Build Lighting, 3% faster than 12700K in Code Compile, 6% slower than 12700K in Compile Shaders, and 26% slower than 12700K in CPU Score
Blender: Typically 9% slower than 12700K
Cinema 4D: Typically 3% faster than 12700K in Single Core, 7% slower than 12700K in Multi Core
VRay: Typically 4% slower than 12700K
Ryzen 5 7600X
Price: $300
Cores/Threads: 6/12
Base/Boost Clock (GHz): 4.7/5.3
Cache (L2+L3): 38MB
TDP (Base/Max): 105W/TBD
Memory Support: DDR5-5200
*App Testing*
DaVinci Resolve: 12600K is always faster, regardless of codec
Premiere Pro: Typically 1% faster than 12600K in 4K RED Export, 12600K is 41% faster overall
After Effects: Typically 1% slower than 12600K in Multicore Score, 12600K is 1% faster overall
Lightroom: Typically 9% faster than 12600K in Passive, 12600K is 5% faster in Active, 7600X is 4% faster overall
Photoshop: Typically 8% faster than 12600K
Unreal Engine: Typically 12% slower than 12600K in Build Lighting, 6% faster than 12600K in Code Compile, 3% slower than 12600K in Compile Shaders, and 3% slower than 12600K in CPU Score
Blender: Typically 8% slower than 12600K
Cinema 4D: Typically 3% faster than 12600K in Single Core, 16% slower than 12600K in Multi Core
VRay: Typically 3% slower than 12600K
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